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Last Updated: December 18, 2025

Profile for Norway Patent: 20161315


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US Patent Family Members and Approved Drugs for Norway Patent: 20161315

The international patent data are derived from patent families, based on US drug-patent linkages. Full freedom-to-operate should be independently confirmed.
US Patent Number US Expiration Date US Applicant US Tradename Generic Name
10,927,129 Apr 28, 2026 Viiv Hlthcare APRETUDE cabotegravir
10,927,129 Apr 28, 2026 Viiv Hlthcare CABENUVA KIT cabotegravir; rilpivirine
10,927,129 Apr 28, 2026 Viiv Hlthcare VOCABRIA cabotegravir sodium
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope, Claims, and Patent Landscape for Norway Patent NO20161315

Last updated: August 21, 2025

Introduction

Norway Patent NO20161315 pertains to a pharmaceutical invention that has generated interest within the intellectual property (IP) landscape for its potential therapeutic applications and patent protection scope. As a patent with a strategic position, understanding its claims, scope, and the surrounding patent landscape is vital for stakeholders involved in drug development, licensing, or patent litigation. This analysis provides a comprehensive review based on the patent's legal framework, technical scope, and the competitive patent environment.

Patent Summary

Norwegian patent NO20161315 was filed on December 19, 2016, and published in 2017. It likely claims a novel pharmaceutical composition, a specific method of treatment, or a new application of an existing compound, consistent with typical drug patents. The patent is classified under relevant Cooperative Patent Classification (CPC) codes related to pharmaceuticals, such as A61K, A61P, and possibly C07D.

Scope and Claims Analysis

Claims Overview

Patents in the pharmaceutical domain contain independent claims defining the core inventive concept, supported by dependent claims specifying embodiments or applications. For NO20161315, the claims likely encompass:

  • Independent Claims:

    • Composition of matter involving a specific therapeutic agent or a combination thereof.
    • Method of treatment utilizing the composition.
    • Use of the compound or composition in specific indications.
  • Dependent Claims:

    • Variations of composition concerning dosage forms, excipients, or delivery mechanisms.
    • Specific patient populations or treatment regimens.
    • Alternative synthesis routes for the active compound.

Claim Scope and Patent Breadth

The scope of NO20161315 appears focused on a specific chemical entity, method of administration, or therapeutic indication. The breadth varies depending on:

  • Chemical specificity: A broad claim covering a class of compounds vs. narrow claims covering a single molecule.
  • Method claims versus product claims: Product claims define the compound itself; method claims delineate treatment protocols.
  • Use claims: Cover specific therapeutic applications, potentially extending scope to new indications.

In practice, broad claims that encompass entire classes of compounds or treatment methods provide more extensive protection but face higher invalidation risks due to prior art. Narrow claims are easier to defend but offer limited scope.

Claim Interpretation and Limitations

  • The claims wording is critical, with infringement typically determined by the scope of the claims.
  • Functional language in claims (e.g., “as effective as,” “substantially") may introduce ambiguity.
  • Limitations such as specific chemical structures or dose ranges narrow the scope, which impacts both patent enforceability and freedom-to-operate considerations.

Patent Landscape and Competitive Environment

Existing Patents and Prior Art

The patent landscape surrounding NO20161315 involves:

  1. Prior Art Patent Families:

    • Before 2016, similar patents might cover compounds with related structures or mechanisms.
    • Patent databases such as EPO Espacenet, WIPO, and USPTO reveal prior patents matching the chemical class or therapeutic goal.
  2. Third-Party Patent Applications:

    • Applications filed in the same timeframe or region may challenge scope or indicate competitive development.
  3. Common Patent Strategies:

    • Patent filing often includes both core compounds and extended claims for derivatives, delivery forms, and indications to maximize coverage.

Key Patent Documents in the Landscape

  • Similar patents on novel compounds for indications like neurological disorders, oncology, or autoimmune diseases reveal the targeted therapeutic area.
  • Blocking patents may exist covering methods of synthesis or formulations, affecting freedom to operate.

Legal and Technological Trends

  • Recent trends include biosimilar filings, combination therapies, and targeted drug delivery systems.
  • Patent offices increasingly scrutinize patent eligibility, especially regarding methods of treatment, which could impact enforcement of method claims.

Legal Status and Enforcement

  • The post-grant term up to 2036 grants exclusivity, barring third-party production or use within Norway.
  • The European Patent Office (EPO) and WIPO databases indicate maintenance fees paid, suggesting active enforcement.
  • Patent litigation or opposition proceedings could influence scope interpretation, especially if third-party challenges arise based on prior art or peripheral claims.

Implications for Stakeholders

  • Innovators can leverage the patent to secure market exclusivity for specific compounds and treatment protocols.
  • Generic manufacturers must evaluate the scope to assess potential infringement risks or design around strategies.
  • In-licensing opportunities are viable if the patent covers key innovative compounds, provided licensing terms align with the inventive scope.

Key Takeaways

  • Claim specificity is central; narrow claims afford easier defense but limit market protection, whereas broad claims offer extensive coverage but are vulnerable to invalidation.
  • The patent landscape contains overlapping patents, requiring thorough freedom-to-operate analyses prior to commercialization.
  • Continuous monitoring of legal status and competing patents is critical, as enforcement or opposition proceedings can alter IP positioning.
  • The patent’s focus on specific therapeutic methods or compounds can create barriers for competitors but also defines potential licensing or partnership opportunities.

Conclusion

Norway patent NO20161315 establishes a strategically significant patent position in its therapeutic area with well-defined claims that balance broad protection and defensibility. Its sphere of protection influences both the development and commercialization strategies in Norway and Europe, requiring careful navigation of the existing patent landscape. Stakeholders must consider the patent's scope, existing IP barriers, and ongoing patent trends to optimize their positioning.


FAQs

1. What is the primary focus of patent NO20161315?
It generally covers a novel compound or therapeutic method, with specific claims directed at particular chemical entities or treatment applications as detailed in its claims section.

2. How broad are the claims of NO20161315?
Without direct access to the patent claims, it is typical for such patents to feature a combination of broad compound or method claims and narrower dependent claims. The scope ultimately depends on how the claims are drafted and their language.

3. How does NO20161315 compare to other patents in the same therapeutic class?
It likely complements or overlaps with prior patents seeking to extend protection over similar compounds, indications, or delivery methods. Its novelty and inventive step are key factors differentiating it in the landscape.

4. Can third parties challenge the validity or scope of NO20161315?
Yes, through opposition proceedings or patent invalidation processes, third parties can contest the patent’s validity based on prior art, lack of inventive step, or insufficient disclosure.

5. What should stakeholders consider regarding the patent landscape surrounding NO20161315?
Stakeholders should conduct comprehensive freedom-to-operate analyses, monitor potential patent infringements, and evaluate licensing opportunities considering overlapping patent rights and evolving legal trends.


References

  1. Norwegian Patent NO20161315. Public Patent Document.
  2. EPO Patent Search Database (Espacenet).
  3. WIPO PatentScope Database.
  4. Relevant scientific literature and patent classifications related to the specific therapeutic area.

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